CW
Wave having a constant amplitude and frequency.
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High-Power Digital Wattmeters
The Coaxial Dynamics High-Power Digital Wattmeters are designed for the accurate measurement of complex RF Waveforms such as CDMA (Code Division Multiple Access), DAB (Digital Audio Broadcast), DTV (Digital TV) and HDTV (High Definition TV), as well as CW, AM and FM.
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Double Ridged Waveguide Horn
QRH67E
Frequency range: 6 GHz - 67 GHz VSWR (max): < 2.4 :1Impedance: 50 O (Ohm)Connector: 2x1.85 female Power (CW / Peak): 5W / 10 W
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A C DIELECTRIC STRENGTH TESTERS ( HIPOTS )
AVC-25V
A C DIELECTRIC STRENGTH TESTERS ( HIPOTS ). Two high-voltage leads, one c/w a clip and one c/w a retractable probe. Each is 2 meters (6 ft) long.
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Saluki S1131 RF Signal Generator (9kHz to 3GHz)
S1131 RF signal generator provides engineers with a “Smaller, lighter and easier” solution for 3GHz signal-generation applications. While it is an entry level instrument, the S1131 provides most commonly used functions an engineer needs such as CW signal generation, AM/FM/PM/Pulse modulation, digital modulation (ASK, FSK, PSK), Up-converting, LF output etc. S1131 is perfect suitable for education, RF component manufacture and maintenance.
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CW Repeater Tester
MS 1108
The CW Repeater Tester is a computer-controlled system used to test CW Unit Electronics and its modules.
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Power Amplifiers
In this product category you find highly linear power amplifiers for digital and analog data transmission, power amplifiers for CW applications and for laboratory use, which stand out due to its liability, robustness and long-term availability and which are based on the semiconductor technologies which are actually available on the market.
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LED Test Programmable DC Electronic Load
IT8912E Series
IT8900 series high accuracy LED specific testing electronic loads can simulate the real output of LED lights with different characteristics.Their specific circuit can realize CR-LED mode, adjustable frequency, duty ratio PWM dimming output port (frequency: 20Hz-2KHz), I-pp/I-max measurement function can test current ripple and start up surge current of LED constant flow source. Voltage and current testing speed can reach 50KHz. IT8900 series provides CR-LED / CC / CV + CC / CR /CW and other working modes, built-in USB / RS232 / GPIB communication interface. Widely used in LED driver power dimming test.
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Coupled Cavity TWTs
Communications & Power Industries
• Frequencies from 2.7 to 37.5 GHz• Peak levels: 500 W to 180 kW• Cooling type: air, liquid, conduction• Depressed or grounded collectors• CW (Continuous Wave) and Pulsed
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Double Ridged Waveguide Horn
DRH203
Frequency range: 200 MHz - 3 GHz VSWR (max): < 1.6:1Impedance: 50 O (Ohm)Connector: N female Power (CW / Peak): 400 W / 750 W
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Wide Dynamic Range Power Sensor, E-Series
E4413A
E4413A - The E4413A CW diode power sensor measures average power over the frequency range 50 MHz to 26.5 GHz and power range -70 to +20 dBm (90 dB dynamic range).
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Double Ridged Waveguide Horn
DRH67
Frequency range: 6 GHz - 67 GHz VSWR (max): < 1.9:1Impedance: 50 O (Ohm)Connector: 1.85mm female Power (CW / Peak): 5W / 10 W
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Fast-CW Measurements
S93118B
S93118B Fast-CW mode is a software capability to perform FIFO (first-in-first-out) data acquisition for fast measurement on PNA/PNA-L/PNA-X Series B model network analyzers.
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Zero Bias Schottky Detectors
Fairview Microwave’s line of coaxial packaged zero bias Schottky detectors feature matched inputs for excellent VSWR, voltage sensitivity levels that range from 100 to 500 mV/mW for small signal detection, negative video output polarity, and can withstand maximum input power levels up to +20 dBm CW. Operating temperature range covers 0°C to +90°C and storage temperature of -65°C to +125°C. These zero bias Schottky detectors utilize compact cylindrical package outlines that are made of passivated stainless steel and offer a variety of popular input/output SMA and BNC connector configurations that make them ideal for use with precision test and measurement, instrumentation, and subsystems assemblies. Numerous applications include power measurement, leveling pulsed signal sources, AM noise measurements, radar or missile guidance systems, monitoring system level performance, and pulsed RF measurements.
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Cavity Stabilized GUNN Oscillators
Available Frequencies: from 40 to 140 GHz Maximum CW power: 200 mWatt Frequency stability: 0.1 MHz/C
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Double Ridged Waveguide Horn
DRH18-EX
Frequency range: 800 MHz - 18 GHz VSWR (AVG): < 2.4:1Impedance: 50 O (Ohm)Connector: SMA female Power (CW / Peak): 100 W / 170 W
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DCDC
SW/CW Series
The SW and CW Series are highly efficient, single output DC/DC converters. Proportional energy transfer techniques enable these encapsulated modular converters to maintain well regulated outputs despite large variations in input voltage. The 2:1 input range makes the SW and CW Series ideal for applications where the input dc power is derived from abattery, a motor generator or other types of poorly regulated power sources.
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Camera Based Beam Propagation Analyzer: M2
BeamSquared
The BeamSquared® system is a compact and fully automated tool for measuring the propagation characteristics of CW and pulsed laser systems from the UV to NIR to Telecom wavelengths. Users can also measure wavelengths above 1.8 microns, including CO2 and terahertz in manual mode (a bench set-up; without the automated optical train) with a Pyrocam IV or IIIHR. Our longer optical train and patented Ultracal™ Calibration makes BeamSquared the most accurate product on the market and is ISO 11146 compliant. Its operational robustness and reliability ensures continuous use applications in industry, science, research and development.
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Radiometer
X1-1-RCH-116-4
The X1-1 radiometer from Gigahertz-Optik features an RCH-116-4 detector and is ideal for measurement of the irradiance of high power LEDs in the UV-A and blue light range. The device can accurately measure irradiance levels of up to 40,000 mW/cm². One of the outstanding features of the RCH-116-4 detector is its proven concept of a passive radiation absorber coupled to a UV sensor. This provides stability even in high temperature and intense UV radiation environments. In addition to the passive radiation absorber, the device also has a cosine-corrected field of view. The sensor’s housing also serves as a handle. The battery-powered X1-1 optometer supports a usable dynamic range from less than 1 mW/cm² to 40,000 mW/cm² thanks to its high-end signal amplifier. It can be used to perform precise measurements of up to 5 standard LED wavelengths for which the detector was calibrated for active irradiance. In addition to the CW measurement function, the device also has a dose measurement function. The radiometer can be used with other detectors from the RCH series. e.g. for gas discharge lamps. Remote control of the device is possible via its user software and a software development kit is offered for integration of the device in the user’s own software.
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Mixed-Signal Active Load Pull System
MT1000 And MT2000 Series
The MT1000 and MT2000 mixed-signal active load pull systems are the best commercially proven solutions capable of performing load pull at high speeds of up to 1000 impedance/power states per minute with no limitation on Smith Chart coverage, under the following conditions:Single-tone CW and pulsed-CW RF signalDC and pulsed-DC biasTime-domain NVNA voltage and current waveforms and load linesFrequencies between 1 MHz and 40 GH
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Microwave Power Modules
S-BAND to KA-BAND
Communications & Power Industries
Each of CPI TMD's TWT-based units is comprised of a compact power supply and mini TWT, combined into an ultra-compact, lightweight "drop-in" amplifier block. This simplifies system design and installation, increases reliability and minimizes safety hazards. The units also feature high electrical efficiency and excellent thermal management. Performance is factory set, removing the need for any user adjustments in the field and, if necessary, permitting easy field replacement of the complete unit. The product range covers S-band to Ka-band, and includes continuous wave (CW), pulsed and CW/pulsed units of extremely compact design. At only 1.7 kg with over 110 W output power, the PTXM1000 is believed to be the market’s highest power density MPM.
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PCB Test System
Circuit Wizard - CW409
Qmax Test Technologies Pvt. Ltd.
CW 409 –Circuit Wizard PCB Test System has all the features of QT9627 such as Desktop PCB Test System. It can be configured to maximum 64 Channels of In-circuit Functional Test Channels and 64 Channels of QSM V-I Signature Test.Maximum Digital Test Speed 10MHz in the QT9627 .It can be connected to any PC/AT or Laptop with Windows 10 operating system through USB Plug and play interface. It operates on user friendly Qmax Test Director software platform with different modes like Test Station for operator level use Test Sequencer mode for Programmer level use and Interactive Workstation mode for quick working.
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Double Ridged Waveguide Horn
QRH11
Frequency range:730 MHz - 11 GHz VSWR (max): < 2.4:1Impedance: 50 O (Ohm)Connector: 2xSMA female Power (CW / Peak): 100W / 170 W
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Hi-Q Laser RIN Analyzer
OE4001
The OEwaves’ HI-Q® OE4001 Optical Test Measurement System (TMS) offers a fully automated measurement of ultra-low RIN (Relative Intensity Noise) CW laser sources.
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High Power Fiber Laser
Amonics' Fiber Laser (AFL) is a compact standalone turnkey equipment to deliver up to 50W output power and 1mJ pulse energy in 1064nm and 1550nm range under CW or pulse operation. Based on proprietary all fiber design, Amonics fiber laser is maintenance free. No post-installation service is required.In pulse operation, the laser delivers up to 20kW peak power and adjustable pulse width from 10ns to 1000ns. The pulse repetition rate is triggered by external TTL signal.Amonics fiber lasers are the ideal candidate for a wide range of industrial applications.
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"Standard" RF Low Pass Filters
Coaxial Dynamics "Standard" line of RF Low Pass Filters offers several models to choose from at CW power ratings of 100 watts and 200 watts. These filters cover operating frequencies from 88 MHz to 400 MHz with less than 0.5 dB insertion loss and attenuation levels of 40, 50 and 60 dB.
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Double Ridged Waveguide Horn
DRH30
Frequency range: 2.5GHz - 30 GHz VSWR (max): < 1.55:1Impedance: 50 O (Ohm)Connector: K female Power (CW / Peak): 25W / 50 W
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Tunable CW Laser Source
IQTLS
The IQTLS is a continuous wave (CW) laser source combining high-power output, narrow 100kHz linewidth and 0.01pm resolution tunability. Available in single or dual laser configurations, this tunable laser source can be controlled locally via USB or Ethernet ports and is SCPI VXI-11 compliant.
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Mini Receiver
FB7-NX
In about 1935, the National Radio Company of Malden, Mass., brought out a “hot” high frequency receiver, called the FB7, and the subsequent FB-7X. It featured a super-hetrodyne design with plug-in coils that gave it a broad frequency range. The “X” model also incorporated a crystal filter in the intermediate frequency section, thus giving it additional selectivity. The receiver was viewed by radio amateurs as a technological breakthrough, and it was also used commercially for point to point high frequency communications. As the receiver did not have an internal RF amplifier section, a separately tunable RF amplifier was later provided in a separate enclosure for additional performance capabilities. Now, National RF, Inc., is resurrecting the fabled receiver name with an all solid-state, hot mini receiver, which also utilizes plug-in coils to cover the HF spectrum. The mini-receiver is designed for use by radio amateurs as well as serious short-wave listeners, and allows reception of AM, CW, and SSB signals. It incorporates a super-hetrodyne design with a dual gate FET built-in RF preamplifier and a ceramic filter for selectivity, often required when used in a crowded amateur radio band. In addition, the receiver has a buffered rear panel output of the high frequency oscillator for use with either a frequency counter for exact receive frequency display, or for interface with an outboard transmitter. A rear panel jack is also provided for muting the receiver when a transmitter is placed into the transmit mode. And, the receiver is small enough to fit into carry-on luggage and taken on trips when it is desired to “keep an ear” on amateur radio or other high frequency activity. The receiver utilizes rear panel plug-in coil assemblies which contain the RF amplifier, mixer, and oscillator tuned circuits. Each plug-in coil assembly also comes with a separate dial scale, which is inserted onto the front panel for displaying the tuned frequency. A very smooth 6 to 1 planetary drive is used for tuning the receiver. Other front panel controls include RF preamplifier peak, volume control, Beat Frequency Oscillator adjustment, and RF gain control. Other switches include filter bandwidth, AM/CW/SSB selection, Power, and a general coverage/band spread control for certain plug-in assemblies. The receiver is intended to drive head-phones via a rear panel jack, but has sufficient output to drive a small external speaker.
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Single Channel Peak Power Meter
8501A
The Spanawave/Giga-tronics 8501A Single Channel Peak Power Meter combine CW power measurement with the ability to make precise peak power measurements at any point on a pulsed waveform. This dual, built-in capability lets you make CW measurements and analyze pulsed waveforms with a single instrument.
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Pulse Characterization Sensors
Pulse Characterization Sensors provide the ability to see and measure the temporal characteristics of pulsed and CW laser beams. Ophir Fast Photodiode Detectors are designed to convert optical signals into electrical signals which are then measured with third-party instrumentation such as oscilloscopes and spectrum analyzers. Accessories are available to connect to IS6 integrating spheres or fiber optic cables. Attenuating filter accessories are also available to increase their dynamic range. Different models offer silicon, UV enhanced silicon and InGaAs PIN photodiodes, covering a combined spectral range of 193 nm to 1700 nm. Rise times range from 25 picoseconds to 3 nanoseconds. The fast rise times are achieved by an internal reverse bias voltage circuit. Power is supplied by internal batteries and/or an external power supply depending on the model. Detectors should be connected to a 50Ω impedance in order to maintain their nominal rise times. They can be connected to higher impedance loads, but this will result in a significant increase in the rise time. If higher output voltage is required, it is recommended to connect the detector to a trans-impedance amplifier with an Input impedance of 50Ω
